Evaluating the role of active magmatism in generating landslide failure; constraints on minimum rates of emplacement from paleomagnetic data, Henry Mountains, UT

Journal article

Scott Giorgis, Rebecca Rost, Eric Horsman, Lauren A Herbert, Kurtis C Burmeister and Anonymous

Field guide (Geological Society of America), Vol.56, p.110

Geological Society of America Thompson field forum

12/04/2019

Handle:

https://hdl.handle.net/20.500.12741/rep:9967

Abstract

emplacement

Henry Mountains

Igneous and metamorphic petrology

intrusions

laccoliths

landslides

lava flows

magmatism

magnetic domains

magnetic hysteresis

magnetic susceptibility

magnetization

mass movements

oxides

paleomagnetism

rates

secular variations

single domains

slope stability

Solid-earth geophysics

titanomagnetite

Trachyte Mesa Intrusion

United States

Utah

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Title: Evaluating the role of active magmatism in generating landslide failure; constraints on minimum rates of emplacement from paleomagnetic data, Henry Mountains, UT
Creators: Scott Giorgis - State University of New York
Rebecca Rost
Eric Horsman
Lauren A Herbert
Kurtis C Burmeister
Anonymous
Academic Unit: Geology Department
Publisher: Geological Society of America
Publication Details: 12/04/2019
Conference: Geological Society of America Thompson field forum
Identifiers: 99257903996401671; https://hdl.handle.net/20.500.12741/rep:9967; https://doi.org/10.1130/2019.0056(02)
Language: English